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fn save_change<E: From<Self::Error> + From<ChangeError>, F: FnOnce(&mut Change, &Hash) -> Result<(), E>>(&self, p: &mut Change, f: F) -> Result<Hash, E> {
fn save_change<
E: From<Self::Error> + From<ChangeError>,
F: FnOnce(&mut Change, &Hash) -> Result<(), E>,
>(
&self,
p: &mut Change,
f: F,
) -> Result<Hash, E> {
fn save_change<E: From<Self::Error> + From<ChangeError>, F: FnOnce(&mut Change, &Hash) -> Result<(), E>>(&self, p: &mut Change, ff: F) -> Result<Hash, E> {
fn save_change<
E: From<Self::Error> + From<ChangeError>,
F: FnOnce(&mut Change, &Hash) -> Result<(), E>,
>(
&self,
p: &mut Change,
ff: F,
) -> Result<Hash, E> {
pub fn serialize<W: Write, E: From<ChangeError>, F: FnOnce(&mut Self, &Hash) -> Result<(), E>>(&mut self, mut w: W, f: F) -> Result<Hash, E> {
pub fn serialize<
W: Write,
E: From<ChangeError>,
F: FnOnce(&mut Self, &Hash) -> Result<(), E>,
>(
&mut self,
mut w: W,
f: F,
) -> Result<Hash, E> {
Some(zstd_seekable::Seekable::init(Box::new(
OffFile {
f: r,
start: offsets.contents_off,
},
))?)
Some(zstd_seekable::Seekable::init(Box::new(OffFile {
f: r,
start: offsets.contents_off,
}))?)
for j in i..self[n_l].n_children {
let &(_, n_child) = self.child(n_l, j);
for j in i..self[n_l].n_children + self[n_l].extra.len() {
let n_child = if j < self[n_l].n_children {
self.child(n_l, j).1
} else {
self[n_l].extra[j - self[n_l].n_children].1
};
for (_, child) in graph.children(p) {
if graph[p].scc < target_scc && graph[p].scc != graph[*child].scc {
assert!(graph[p].scc > graph[*child].scc);
vertices.remove(&graph[*child].vertex);
for &(_, child) in graph.children(p) {
if graph[p].scc < target_scc && graph[p].scc != graph[child].scc {
assert!(graph[p].scc > graph[child].scc);
vertices.remove(&graph[child].vertex);